Silk Covered 180 Class Polyurethane Enamelled Litz Wire 0.080mmX105 High Frequency

Place of Origin: CHINA
Brand Name: HUAYE
Certification: IEC/NEMA/JIS/RoHS/ISO/UL/VDE
Model Number: PIT
Minimum Order Quantity: 200
Price: Negotiation
Packaging Details: Carton + Wooden Case
Delivery Time: 15-25 Working Days
Payment Terms: T/T
Supply Ability: 5000kgs/month
Inquiry Now
Get A Quote
Specifications
Highlight Features

180 Class Enamelled Litz Wire

,

Enamelled Litz Wire Silk Covered

,

Enamelled Litz Wire 0.080mmX105

Conductor Material:
Copper/Pure Copper/Oxygen Free Copper
Cover Material:
Polyester、Nylon
Rated Temperature:
180(H)
No. Of Strands:
105
Insulation:
Enamel
Single Wire Diameter:
0.080mm
Product Description
Product Overview

HLUSTC 0.080mm*105 strands self-bonding silk-covered Litz wire is a high-frequency optimized wire specially designed for wireless charging coils. Featuring multi-strand ultra-fine polyurethane enameled structure, silk outer coverage and heat self-bonding layer, it effectively reduces high-frequency loss, improves charging efficiency and ensures stable coil forming. With 180°C high-temperature resistance, it is the ideal solution for high-performance wireless charging applications.

Key Specifications
Parameter Item Standard Range & Product Specification Notes
Conductor Material High-purity Oxygen-free Copper Purity ≥99.95%
Number of Strands Standard: 105 Strands | Range: 2~5000 Strands Customizable
Single Wire Diameter Standard: 0.080mm | Range: 0.04~0.50mm AWG/SWG optional
Overall Outer Diameter Max. 8.0mm Depends on strands & insulation
Insulation Structure PU Enamel + Polyester&Nylon Silk Double Covering PAI/PEI optional
Insulation Thickness 0.2mm~0.5mm 1-2 layers standard
Thermal Class Class H (180℃) Class F(155℃) optional
Breakdown Voltage ≥ Corresponding kV Subject to insulation thickness
Key Advantages
  • Low High-Frequency Loss: Multi-strand design minimizes skin effect, lowers heat generation and greatly improves wireless charging efficienc
  • Silk Cover Protection: Enhanced abrasion resistance and flexibility, no strand breakage during high-speed winding.
  • High Thermal Stability: 180°C temperature resistance supports long-term continuous operation for charging coils.
Applications

Mainly used for wireless charging transmitter and receiver coils, wearable device charging modules, small high-frequency induction coils and precision consumer electronic charging components.

Related Products
Send An Inquiry